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F-3487 Epoxy Hardener
Our F-1564 epoxy resin is a proven product in advanced composite part manufacturing, especially in high-temperature laminating epoxy resin systems.
When high working temperatures are required, the F-3486 and F3487 systems provide a good alternative with their slow and fast curing options for vacuum infusion production or hand lay-up applications.
Our F-1564 epoxy resin is a proven product in advanced composite part manufacturing, especially in high-temperature laminating epoxy resin systems.
When high working temperatures are required, the F-3486 and F3487 systems provide a good alternative with their slow and fast curing options for vacuum infusion production or hand lay-up applications.
F-1564 Epoxy Resin System Features:
- Highly compatible with carbon, glass, and aramid fiber fabrics.
- Exhibits excellent mechanical and thermal properties.
- Has a working time of up to 2 hours.
- Density ranges from 1.14 to 1.19 g/cm³.
- Viscosity ranges from 1250 to 1450 mPas.
- Can be stored unopened for up to 24 months.
Hardeners Compatible with F1564 Laminating Epoxy Resin System:
- Mixing ratio for Hardener F-3486: 100:34 +-1g.
- Mixing ratio for Hardener F-3487: 100:34 +-1g.
- Sufficient amount of hardener should be purchased accordingly.
Working Temperature of F-1564 Laminating Epoxy Resin System:
- Operating Temperature: -60°C / +100°C with heat treatment.
- Application Temperature: Between +20°C / +50°C.
Application Areas of F-1564 Laminating Epoxy Resin System:
- Suitable for applications requiring high temperatures.
- Used in plate manufacturing, filament winding, hand lay-up, boats, ships, sports equipment, and mold applications.
Data sheet
- Appearance
- Clear - Liquid
- Color
- Naturel
- Vizcosity 25 °C
- 30 - 70 mPas
- Density 25 °C
- 1 G/cm³
- Glass Transition Temperature (TG)
- 25 °C - 8 Day : 48-52 °C
80 °C - 8 clock : 80 -85 °C - Shelf Life
- 12 month
- Packaging
- 0,5 Kg - 1Kg - 5Kg - 10Kg - 20Kg - 25Kg
1 Kg
5 Kg
10 Kg
20 Kg
25 Kg - By Weight Ratio
- Resin 100 Hardener 34
- Flash Point
- 123 °C
Video